Describes a high school faculty institute designed to assist teachers in helping students take up chemistry as a career or to continue studies in chemistry. Includes dates and topics covered in the institute since its inception in 1980 and highlights of institute activities. (JN)

Discusses various aspects of establishing a viable, undergraduate research program at a small, liberal arts college. Areas addressed include research topics, research supervisors, student research, and support for research activities. (JN)

Describes a four-week summer science program for high school chemistry teachers. The program was divided into four segments and focused on "Electrons in Motion." Specific areas addressed included instructional methodology, electron transfer processes, electrons and kinetics/chemical reactions, and background information on the tetrahederal atom…

Describes an 8-week project involving the synthesis of cobalt compounds. Once synthesized, compounds are qualitatively and quantitatively analyzed. Background information, laboratory procedures, and results/discussion are provided for three project experiments. (Author/JN)

Recounts the unique partnership in science instruction developed between Nassau and Suffolk County (New York) schools and the Bronx Zoo to provide educational experiences for handicapped and mentally retarded students. Discussion focuses on a five-phase program developed for 200 elementary secondary students from Rosemary Kennedy Center through…

Describes a science program developed by the Cleveland Museum of Natural History, "Nature in the City," in which students and teachers learn together about the natural community surrounding their school. Includes program's rationale, list of "adventures," and methods. Discusses strategies of Sherlock Holmes'"adventure" focusing on animal tracks…

Described is a science education program at Loyola University, Chicago designed for nonscience majors. Discussed are rationale for course offerings and course content. Emphasized is the need to reveal the nature of science and methods by which information is gained and theories formulated, rather than science content alone. (CS)

With the hiring of a new analytical faculty member, Rutgers places new emphasis on teaching and research in analytical chemistry. (BB)

Described is the course of study for a physics major at Eastern Illinois University, Charleston, Illinois. The program varies from the typical physics curriculum in that classical mechanics is taught in the sophomore year rather than waiting until the junior year as seen in the typical physics major's curriculum. (DS)

Described is Western Australia's elementary and secondary science education programs relative to science content, emphasis on science, instructional goals, and science curriculum materials utilized. School enrollments and the demand for highly trained technical personnel in Western Australia are also discussed. (DS)

The first part of the paper describes the nature of scientific revolutions and how paradigms of scientists drive these revolutions. Against their background, the second part describes studies of the impact of paradigm-based research on the classroom. The third part speculates on the likelihood of a science teaching revolution. (Author/RE)

Presents a report produced by the National Academy of Sciences in 1979 for the Congress on recent and prospective developments in physical science. This article summarizes those sections of the report of interest to physicists on structure of matter. (HM)

The analyses of ten elementary and five junior high school science programs are based on searches into the instructional design of the products by 26 analysts. Instructional design includes intent, content, methodology, and means of evaluation. (Author/MLF)

Gives background information on the development of the Science Across Europe (SAE) project and its goals, which include creating a global dimension to education, raising awareness of how science and technology affect society, and providing opportunities to communicate with other countries. Presents information for educators in the sciences,…

Describes grade 5-8 school project designed to collect, preserve, prepare, and observe small items under a microscope. The project aimed to demonstrate the scientific method, as well as to teach students to search for their own questions and answers. Includes listing of materials and projects procedures. (Contains eight references.) (NB)